Scientists, pundits, converge on Vedic Science
( Ashok B. Sharma )
Visakhapatnam, January 6:
The vacuum state described in quantum physics can be compared to the Brahman of Hindu metaphysics. This was for the first time in the history of thethat vedic science got recognition and two successive plenary sessions were held on the issue on Sunday. The plenary session on Vedic Science was chaired by the Chancellor of the Tirupati-based Rashtriya Sanskrit University, VR Panchamukhi. The other plenary session on Brahman of Physics: Interface Between Physics and Vedanta, was chaired by SS Rama Rao Pappu of , US.
An exclusive exhibition was arranged to display scientific insight of Vedic rishis and scholars. Panchamukhi spoke about the essence of social sciences like economics, law, political science found in ancient texts. PV Arunachalam from Triupati highlighted the simple formulae of calculation in Vedic mathematics developed by the former Puri Shankaracharya, Swami Bharatiya Krishna Tirth from
texts cannot to termed as Vedic, as these literatures were written in post-Vedic periods.
The keynote speaker of the second plenary session, ECG Sudarshan of the University of Texas said, “Physics deals with existence and change. As per quantum physics, an observer is an active agent in the process of change, while as per Adwaita Vedanta philosophy, he can be the presiding intelligence, ie. the Brahman of Physics.” Sudarshan, who is a professor in Physics, is also reputed for discussing the relevance of Adwaita Vedanta philosophy in the West. He had been awarded Padma Vibhushan.
P Venugopal Rao from the US-based Emory University said: “the vacuum state described in quantum physics is nothing but Brahman of Hindu metaphysics. ”
SS Rama Rao Pappu of US-basedsaid, “Newtonian physics is similar to the Hindu Sankhya philosophy.”
BD Nageswar Rao of Indiana University said: “the biological molecules cannot be explained without the help of bio-physics. In physics there are four force fields – ultimate substratum – namely gravitational field, electromagnetic field, weak interaction field and strong interaction field.